- Distributed Systems
- Program Behavior
- Mobile & Sensing
- Social Networks
- TRAC is gone
I work in the area of computer systems, broadly defined. This includes network, wireless networking, computer architecture as well as privacy and analysis of data data sets. Previously, I have been involved in high performance computing and storage systems. I’m also interested in and publish on technology policy, particularly Internet and wireless policy.
Dept. of Computer Science
Campus Box 430
Univ. of Colorado, Boulder
Boulder, CO 80301-0430
| email firstname.lastname@example.org
phone: (720) 310-5432
fax: (303) 492-2844
Google does a great job of keeping track of my publications, citations and the like.
In “How New Technologies can Turn a Spectrum Crisis Into a Spectrum Opportunity“, I describe how new cognitive networking technologies can help increase spectrum utilization, particularly when coupled with new network architectures.
We had three papers appearing in DYSPAN 2011 concerning the use of non-contiguous OFDM waveforms, better frequency scheduling methods and propagation modeling. See the Wireless link for related projects.
In Fall 2013, I’m teaching “Data Center Scaling Computing”. The course information is hosted on our Moodle LMS.
This seminar will examine current research topics in the architecture, systems and applications of data-center scale computing systems, including advances in storage and networking, their impact on processing systems such as the popular “map-reduce” framework and applications using those frameworks, including graph processing and data-intensive applications. Particular attention will also be paid to security, inter-cloud coordination and collaboration. Students will be expected to read and discuss 2-4 papers per week and conduct a semester project of their choosing.
The class is currently scheduled for 2-3:15 Tu/Th with a room TBA. The final time of the class may be adjusted to better fit student schedules.
My research spans several areas in computer systems. I currently am supervising projects in these:
- Cognitive radio protocols, methods and tools
- The impact of antenna control on wireless networks and propagation
- Program analysis for performance oriented computing
- Control software for cyberphysical systems
- Compilers for heterogeneous architectures
I’ve worked with a fantastic collection of Ph.D., M.S. and undergraduate students over the years. There are too many to list on this page, but a full list of the students and their current whereabouts is listed here.
Tag cloudprogram analysis sdr prototype FPGA geostatistics bia cognitive radio aircraft bit-torrent atc coverage Synchronization anonymity mobile wireless directional location uas hardware chainsaw optimization faa phased array sending sampling simulation environment measurement privacy optiscope Radio security compilers pin cyberphysical OFDM self-organization antenna deer networking modeling Architecture